Lexar has launched the JumpDrive M400 USB 3.0 Flash Drive in India. The device is built to offer fast data transfer speeds along with a durable metal design, targeting users who need portable and secure storage.
The JumpDrive M400 delivers read speeds of up to 150MB/s, making it suitable for transferring large files quickly. It also features a built-in key ring for easy portability. To enhance data security, the drive includes Lexar DataShield, a password protection tool that helps safeguard files from unauthourized access.
Key Features of the JumpDrive M400:
USB 3.0 performance with read speeds up to 150MB/s
Metal construction for added durability
Lexar DataShield password protection
Available in 32GB, 64GB, 128GB, and 256GB capacities
Includes a five-year limited warranty
The JumpDrive M400 is now available through major retail outlets and e-commerce platforms in India, with prices starting at ₹600 for the 32GB version and ₹2,500 for the 256GB model.
Hahnemühle continues its partnership with Prints for Wildlife, the global conservation initiative that has raised over $2.1 million USD since 2020. The 2025 campaign, titled “Edition Hope”, will exclusively debut Hemp Gloss Baryta, Hahnemühle’s new sustainable fine art paper.
Building on the success of previous editions printed on Hahnemühle Hemp, Edition Hope features contributions from 240+ photographers worldwide, offering limited-edition wildlife and nature prints for one month only. All proceeds (after printing and handling) go directly to nonprofits protecting wildlife and habitats, with new partners including Conservation International.
Hemp Gloss Baryta combines eco-friendly hemp fibres with a refined glossy baryta surface, delivering deep blacks, rich contrasts, and vibrant colours while minimising environmental impact. Before its official launch in October 2025, the paper will be showcased exclusively through this campaign, produced by Hahnemühle Certified Studio ThePrintSpace in the USA, UK, and Germany.
Launching August 21, 2025, Edition Hope presents powerful imagery ranging from landscapes to intimate wildlife portraits and will conclude on September 9th. Collectors can purchase prints at www.printsforwildlife.org, supporting both art and critical conservation efforts worldwide.
Vivo has announced the third edition of the Vivo Imagine Smartphone Photography Awards, open to photographers and enthusiasts across India. The awards aim to position the platform as a hub for storytelling and authentic self-expression.
They encourage participants to submit work that reflects originality, perspective, and intent. This year’s extended format gives creators the freedom to experiment and refine their vision.
The jury will be led by acclaimed filmmaker Zoya Akhtar, joined by renowned photographers Vineet Vohra, Rakesh Pulapa, and Aamir Wani. Entries will be accepted in six categories: Nature & Landscape, Night & Light, Architecture, Motion, Portrait, and Street & Culture.
Submissions are open on www.vivoimagine.com from August 22 to November 30, 2025. The jury will shortlist six finalists—one per category—who will be invited to the Grand Finale in December. The grand jury winner will receive ₹5,00,000, while each category winner will be awarded a Vivo X200 Pro smartphone.
Reflecting on the initiative, Geetaj Channana, Head of Corporate Strategy, Vivo India, said “the Imagine Awards reaffirm our belief that photography belongs to everyone – it’s about perspective, not gear.”
In 2024, the awards drew 17,000+ entries nationwide, with Kukkala Suresh winning the grand prize. This year, vivo continues its mission to empower creators and celebrate the joy of imagination.
Nikon has introduced the NIKKOR Z 24-70mm f/2.8 S II, a new-generation standard zoom lens for full-frame/FX-format mirrorless cameras. The lens features an internal zoom mechanism, improving balance during operation and reducing the risk of dust and debris entering while zooming. It also offers enhanced resistance to dust and drips, making it suitable for outdoor use.
The lens is the first zoom model to adopt Nikon’s Silky Swift VCM (SSVCM) autofocus drive, achieving autofocus speeds approximately five times faster than its predecessor, the NIKKOR Z 24-70mm f/2.8 S. Autofocus tracking during zooming has also been improved by around 60%, enabling better performance when photographing fast-moving subjects.
Weighing about 675 g, the lens is among the lightest in its class and supports a 77 mm filter thread. It has a minimum focusing distance of 0.24 m at the wide end and 0.33 m at the telephoto end, with maximum reproduction ratios of 0.21× and 0.32× respectively.
Additional features include an 11-blade diaphragm for rounded bokeh, suppression of focus breathing for video, a filter adjustment window on the lens hood, and coatings designed to minimise reflections, ghosting, and flare. The lens also offers a control ring with an optional tactile “click” function.
The NIKKOR Z 24-70mm f/2.8 S II will be available starting August 22, 2025.
Canon India has introduced Retail Utsav, a partner engagement program that will connect with over 4,000 retailers across 45 cities. The initiative began in Delhi, Mumbai, Bengaluru, and Kolkata, and will extend to other cities including Guwahati, Bhopal, Nashik, Surat, Cochin, Coimbatore, Udaipur, Chandigarh, and Agartala.
Retail Utsav will include activities such as product quizzes, display programs, and reward-based engagement, where retailers can participate in on-ground sessions and unlock incentives through multiple reward slabs.
According to Canon India, the initiative provides an opportunity to connect with retail partners, exchange feedback, and share product knowledge. The company stated that the program aims to support retailers with relevant information and tools while encouraging active participation through interactive experiences.
The inaugural FOTO Bali Festival launched at Nuanu Creative City from 26 July to 17 August 2025, marking a major milestone in Indonesia’s cultural scene. Featuring 34 artists from 10 countries and 32 projects, including 241 prints, multimedia, and photobooks. The festival explores the theme LIFE through exhibitions, workshops, talks, and tours. Curated by Ng Swan Ti and Gatari Surya Kusuma, the work spans grief, intimacy, resistance, and renewal. Events unfold across Labyrinth Art Gallery, Labyrinth Garden, and Popper’s Triangle. Over 25 public sessions feature leading voices like Beawiharta, Edy Purnomo, and Anshika Varma. Festival Director Kelsang Dolma emphasized its collaborative spirit and ambition to elevate photography in the region. The launch also coincided with Nuanu Nights, blending art, music, and Balinese culture.
Photojournalism has always been about capturing the truth: raw, immediate, and unfiltered. But in today’s high-tech landscape, that mission is being reshaped by tools that expand the reach and perspective of visual storytellers. Among the most significant of these tools are drones and remote cameras. Once reserved for military operations or Hollywood productions, these technologies are becoming more essential to journalists reporting on everything from war zones to climate disasters. They’ve changed how stories are seen and who gets to see them.
Expanding the Field of View
Traditional photojournalists have always relied on being physically present to get the shot. That’s still crucial. But drones and remote cameras allow for an expanded field of vision, quite literally. Drones can capture sweeping aerial views, chase moving subjects across rugged terrain, and reveal scenes inaccessible to humans. Remote cameras, often set up in risky or unreachable locations, provide a way to continuously document events without putting the photographer in harm’s way.
These technologies don’t just offer new angles, they provide entirely new layers of context. An aerial shot of a protest, for instance, can show its scale in a way a ground-level image never could. Similarly, a remote camera can capture the moments before and after a key event – things that might be missed in the scramble of live coverage.
Safety and Access in Dangerous Environments
Photojournalists often find themselves in the world’s most dangerous places: war zones, disaster areas, sites of civil unrest. Getting close enough to document the story while staying safe has always been a delicate balance. Drones and remote cameras tip the scales.
During the conflict in Ukraine, for example, journalists have used drones to document damage to infrastructure, troop movements, and civilian conditions—without exposing themselves to frontline risks. In natural disaster zones like wildfires or hurricanes, drones can fly over unstable terrain or collapsing structures, capturing critical visuals while the journalist stays out of harm’s way.
Remote cameras, meanwhile, have been placed in areas prone to sudden violence, such as protest zones or wildlife corridors in environmental reporting. These cameras can be triggered by motion or operated from a distance, allowing for ongoing documentation without requiring a human presence.
Ethics, Privacy, and Grey Areas
With new tools come new responsibilities. Drones and remote cameras raise significant ethical and legal questions. Just because you can capture something doesn’t always mean you should.
Privacy concerns are especially sensitive. In densely populated areas, a drone might inadvertently capture private moments on balconies, in backyards, or through windows. Similarly, placing remote cameras in public spaces can blur the line between journalism and surveillance.
Then there are the legal hurdles. Drone regulations vary wildly between countries and even within regions. Journalists must navigate a complex web of flight permissions, no-fly zones, and altitude restrictions. Violating these can lead to fines, or worse, the loss of equipment, credentials, and most definitely, legal challenges.
Responsible photojournalism demands more than technical skill. It requires ethical judgment of balancing the public’s right to know against the individual’s right to privacy. The best practitioners approach drones and remote cameras not as toys, but as powerful tools that must be wielded carefully.
Changing the Nature of Storytelling
What these technologies offer isn’t just more coverage, it’s different storytelling! Aerial footage allows for sweeping narrative arcs. Time-lapse sequences from remote cameras can show change over time in a visceral way – deforestation, migration, urban sprawl.
This shift impacts how audiences engage with news. Visuals from drones are more cinematic, often resembling scenes from a documentary or film. That has benefits including greater emotional resonance, higher engagement, but it also raises concerns. If photojournalism becomes too polished, too smooth, does it start to feel less authentic?
To avoid this trap, many journalists pair drone and remote footage with on-the-ground images and reporting. The combination provides both scale and intimacy, a macro and micro view that gives a fuller picture of events. It’s not about replacing traditional methods, but enhancing them.
Accessibility and Democratisation
One of the most transformative aspects of drones and remote cameras is their increasing affordability. Once prohibitively expensive, drones are now accessible to freelancers and small news outlets. Remote camera kits can be built on a modest budget with off-the-shelf parts.
This democratisation opens the door for underrepresented voices. Indigenous journalists, grassroots activists, and citizen reporters are using these tools to tell their own stories, often from perspectives overlooked by mainstream media. A drone flying over a pipeline construction site isn’t just capturing visuals—it’s documenting resistance, cultural preservation, and environmental risk.
However, this accessibility also means more noise. Not all drone footage is created equal, and without journalistic training or ethical standards, the line between reporting and propaganda can blur. The key challenge is curating quality, verifying authenticity, and maintaining journalistic rigour in an environment saturated with visuals.
Challenges and Limitations
While drones and remote cameras have revolutionised visual journalism, they aren’t without drawbacks. Battery life, signal interference, weather, and line-of-sight limitations can all impede drone operations. Remote cameras are susceptible to theft, vandalism, or technical failures. Both require planning, permits, and in some cases, special certifications.
And then there’s the human factor. No drone can replicate the instinct, empathy, and storytelling sense of a seasoned photojournalist. A remote camera can capture a moment, but it can’t frame it with intention. These tools are extensions, not replacements, of human vision and judgment.
The Road Ahead
Looking forward, the integration of artificial intelligence, real-time streaming, and advanced image processing will push these tools even further. Drones may one day identify developing news in real-time using onboard AI. Remote cameras could use machine learning to filter and flag significant moments as they happen.
But for now, the core role of these tools remains clear: they expand the reach, depth, and safety of visual journalism. They empower photographers to tell bigger stories, more safely, and from more angles than ever before. Used wisely, they reinforce the fundamental mission of journalism—to witness, to reveal, to inform.
In a world flooded with images, clarity matters more than ever. And in the hands of responsible journalists, drones and remote cameras are helping provide just that—clearer stories, truer perspectives, and a broader view of the truth.
Airshows are spectacular events that combine engineering marvels, human skill, and breathtaking visuals. For photographers, they present a unique opportunity to capture the essence of aviation—speed, power, and elegance. However, aerial photography at airshows straddles a fine line between artistic expression and journalistic documentation. While some photographers aim to create visually stunning compositions, others focus on accurately portraying events for news and historical records. This article explores the intersection of art and journalism in aerial photography, examining the challenges, ethical considerations, and the evolving role of photographers in this high-flying domain.
The Artistic Perspective: Capturing Beauty in Motion
Aerial photography at airshows often leans toward artistry. Photographers seek to freeze moments of dramatic action, jets roaring past in tight formation, smoke trails painting the sky, or the iconic “knife-edge” passes that defy gravity. These images are not just records of events; they are carefully composed works of art.
Key Elements of Artistic Aerial Photography
Composition and Timing – The best airshow photos rely on perfect timing and framing. A split-second delay can mean missing a critical moment, such as a jet breaking the sound barrier or a formation team executing a synchronised manoeuvre.
Lighting and Atmosphere – The interplay of sunlight, clouds, and smoke trails adds depth and drama. Backlit aircraft, golden-hour shots, and silhouettes against a setting sun elevate photographs from mere snapshots to fine art.
Emotion and Storytelling – Great aviation photos tell a story. The intensity of a pilot’s focus, the roar of engines, and the reactions of the crowd can all be conveyed through a single image.
Artistic photographers often post-process their images to enhance colours, contrast, and sharpness, pushing the boundaries of reality to create visually striking pieces.
The Journalistic Approach: Documenting Reality
While artistic photographers prioritise aesthetics, photojournalists covering airshows have a different mission: to document events accurately and inform the public. Their work appears in newspapers, magazines, and online news platforms, where factual representation matters more than creative embellishment.
Principles of Aviation Photojournalism
Accuracy and Authenticity – Journalistic integrity demands that images remain unaltered in ways that mislead viewers. While basic adjustments (exposure, cropping) are acceptable, heavy manipulation that changes the context of a scene is unethical.
Newsworthiness – Photojournalists focus on key moments: record-breaking performances, rare aircraft displays, or unexpected incidents (such as emergencies or crashes). Their work serves as a historical record.
Safety and Ethics – Unlike artistic photographers who may prioritise the perfect shot, journalists must consider safety regulations and avoid interfering with pilots or airspace protocols.
The 2011 Reno Air Race crash, where a P-51 Mustang tragically crashed into spectators, highlighted the role of photojournalists in documenting both the spectacle and the risks of airshows. Their images provided crucial evidence for investigations while respecting the gravity of the event.
The Ethical Dilemma: When Art and Journalism Collide
The line between art and journalism blurs when photographers must decide how much editing is acceptable. For instance:
– Selective framing – Omitting parts of a scene to emphasise drama can alter public perception.
– Colour grading – Enhancing skies and smoke for artistic effect may misrepresent actual conditions.
– Composite images – Combining multiple shots into one (e.g. merging different aircraft formations) creates compelling art but violates journalistic standards.
The debate intensifies when images go viral. A heavily edited photo might win awards in an art competition, but face backlash if presented as factual journalism.
The Impact of Social Media and Technology
The rise of drone cameras has revolutionised aerial photography, offering new perspectives but also raising concerns:
– Drones provide stunning overhead views but can interfere with airshow safety.
– AI-enhanced editing tools make it easier to manipulate images, further complicating the distinction between art and journalism.
– Instant sharing on platforms like Instagram blurs intent—is the photographer an artist, a journalist, or both?
A word of caution: DO NOT fly drones at an active airshow as it is restricted airspace – it’s dangerous for the aircraft and you might also get arrested for doing so. Only fly drones after receiving explicit permission in a closed airspace.
Balancing Creativity and Responsibility
Airshow photography exists in a unique space where artistry and journalism intersect. While artistic photographers push creative boundaries to capture the beauty of flight, photojournalists adhere to ethical standards to document reality. Both play vital roles in preserving aviation history and inspiring future generations. As technology evolves, photographers must remain mindful of their responsibilities—whether crafting a masterpiece or reporting the facts. The sky is not just a canvas; it’s also a stage where truth and artistry must find harmony.
In the dark corners of nature, far from city lights and human eyes, organisms glow. Some flicker like fading embers; others pulse like neon signs underwater. This phenomenon, known as bioluminescence, is one of nature’s most hauntingly beautiful tricks. To witness it is one thing. To photograph it, especially up close, at extreme magnifications like 2:1, is another. Welcome to one of the most elusive and visually captivating niches of macro photography: the glowing world of bioluminescent life.
Bioluminescence is the production and emission of light by a living organism. It occurs when certain enzymes (usually luciferase) react with molecules like luciferin, producing light in the process. Unlike fluorescence or phosphorescence, which require external light sources to charge and emit, bioluminescence is entirely self-powered. It’s a survival mechanism used for hunting, mating, camouflage, or communication.
The phenomenon is more common than most people think. It appears in deep-sea creatures, fireflies, certain fungi, bacteria, and even some land snails and millipedes. Yet, very few photographers have successfully captured this rare light at extreme close-up levels – especially at a magnification of 2:1 or higher, where even a few millimetres fill the frame.
The Challenge of 2:1 Macro
In macro photography, magnification refers to the ratio of subject size on the camera sensor versus its real-world size. A 1:1 ratio means your subject is life-size on the sensor. At 2:1, it is twice as large. This kind of magnification reveals details invisible to the naked eye, tiny ridges on insect wings, the fine fuzz on moss, the glistening spore structures of fungi.
Now combine that scale with a bioluminescent subject, likely active only at night, incredibly small, and dim by photographic standards, and you begin to see the scope of the challenge. You’re not just capturing a small glowing organism; you’re capturing it at high magnification, in darkness, without external light.
A Rare Cast of Characters: Bioluminescent Macro Subjects
Let’s look at some of the subjects that might grace the frame of a patient (and lucky) macro photographer working in this niche:
1. Fireflies (Lampyridae)
The most familiar glowing insects, and perhaps the “easiest” bioluminescent organism to photograph. While their bodies are larger than most macro subjects, photographing the actual light-emitting organ at 2:1 allows for abstract compositions of glowing tissue, textures, and colour gradients.
2. Railroad Worms (Phengodidae)
These beetles possess multiple glowing spots across their bodies—some red, some green. At 2:1, each glowing node becomes a separate frame-worthy subject.
These glowing mushrooms emit a faint green light. Found in humid, decaying forests, their glow is often too dim for the human eye, but macro lenses and long exposures reveal stunning radial gill patterns and spore surfaces.
4. Marine Plankton and Dinoflagellates
Usually photographed in large-scale beach scenes, these single-celled organisms emit brilliant blue light when agitated. But under controlled lab conditions (and with serious patience), their bioluminescence can be observed and captured in isolation at high magnifications.
5. Bacterial Colonies (e.g., Vibrio fischeri)
These microbes glow as part of a symbiotic relationship with marine life like squid. Cultured under lab conditions on petri dishes, their colonies can be viewed at high macro magnification—revealing granular structure and shimmering wave-like patterns.
The Technical Hurdles
Capturing bioluminescence at 2:1 magnification is an extreme technical challenge. Here’s why and how a determined photographer might overcome the odds:
1. No External Light Allowed
By definition, bioluminescence must be shot in the dark. Unlike traditional macro subjects, you can’t use a flash, LED, or even a dim modeling light without washing out the glow. You’re forced to rely entirely on the emitted light.
Solution: Use long exposures—often 30 seconds or more—with high ISO settings. Multiple exposures may be required and stacked to reduce noise.
2. Minuscule Light Source
Most bioluminescent organisms emit extremely faint light. What looks magical to the eye is often too dim for a sensor.
Solution: Shoot with the fastest possible lens (f/2.8 or wider), and consider using image intensifiers or highly sensitive astro-modified cameras. Some researchers use cooled sensors for scientific imaging.
3. Shallow Depth of Field
At 2:1, even at f/8, your depth of field is razor-thin. But stopping down means losing light—already in short supply.
Solution: Focus stacking is one way around this, but it’s difficult with live subjects. Alternatively, you can embrace the shallow DOF and shoot creatively, emphasising a single glowing plane of focus.
4. Subject Motion
Many bioluminescent subjects are alive and moving – fireflies twitch, fungi sway in the breeze, bacteria multiply.
Solution: Stability is a key. Photograph in windless environments (ideally indoors), use remote triggers, and isolate your subject physically. With fungi and bacteria, create a dark lab-like environment to minimise disturbance.
Why It’s Worth the Effort
When it works, it’s spellbinding! Imagine seeing the tiny gill ridges of a glowing mushroom, radiating green like stained glass. Or the bioluminescent organ of a firefly, not just as a dot of light in the night sky—but as a textured, pulsating structure that looks like an alien gem. These images are not just rare—they’re revelatory. They expand our understanding of life and energy and demonstrate that beauty often hides at the intersection of science and patience.
Moreover, these photographs are powerful visual tools. They connect audiences with the wonder of the natural world. In conservation, bioluminescent fungi and insects are often used as flagship species to raise awareness about deforestation, soil health, and biodiversity. Macro bioluminescence photography can play a role in that education—bridging the gap between wonder and responsibility.
Final Thoughts
“Bioluminescence at 2:1” is more than just a technical challenge. It’s a frontier. It represents one of the most poetic and elusive forms of visual storytelling available to photographers. To pursue it is to slow down, experiment, and often fail. But the reward is a window into life’s quietest glow—a glimpse into the deep biological mysteries that surround us, mostly unseen.
As camera technology evolves and image sensors become more sensitive, this rare niche may become more accessible. But for now, it remains one of the most difficult and magical pursuits in all of macro photography.
In a world increasingly flooded with artificial light, perhaps the most valuable images are the ones that show us the natural light still flickering in the dark.
Vivo has launched the X200 FE, a compact flagship smartphone with high-end features in a smaller form factor. It features a 6.31-inch AMOLED display with 1.5K resolution, 120Hz refresh rate, and peak brightness of 5,000 nits. The phone runs on the MediaTek Dimensity 9300+ processor and offers up to 16GB RAM and 512GB storage.
The rear camera setup includes a 50MP main sensor, a 50MP periscope telephoto lens with 3x zoom, and an 8MP ultra-wide lens, developed in partnership with Zeiss. It supports advanced photo and video features including Stage Mode and telephoto stabilization.
The X200 FE is powered by a 6,500mAh battery with 90W fast charging. It has an IP68/69 rating for water and dust resistance and operates on FunTouch OS based on Android 14.
In India, the X200 FE is priced at ₹54,999 for the 12GB + 256GB model and ₹59,999 for the 16GB + 512GB variant. It is available in Ember Yellow, Frost Blue, and Luxe Grey through Flipkart, Vivo’s official website, and offline retail stores.